def initialiseParameters(self):
# ensure parent initialisation takes place and core values are initialised
NBB.initialiseParameters(self)
if self.noLoadErrors == False:
print "Critical Parameters are undefined for NPackBBG object"
sys.exit()
def initialiseParameters(self):
# ensure parent initialisation takes place and core values are initialised
NBB.initialiseParameters(self)
if self.noLoadErrors == False:
print("Critical Parameters are undefined for Cylinder Packing")
sys.exit()
def initialiseParameters(self):
# ensure parent initialisation takes place and core values are initialised
NBB.initialiseParameters(self)
self.proximityScore = 0
if self.noLoadErrors == False:
print("Critical Parameters are undefined for PlanePack object")
sys.exit()
def initialiseParameters(self):
# ensure parent initialisation takes place and core values are initialised
NBB.initialiseParameters(self)
self.compressionScaleFactor = self.getParam('compressionScaleFactor')
if self.noLoadErrors == False:
print("Critical Parameters are undefined for constrained polymer object")
sys.exit()
def initialiseParameters(self):
# ensure parent initialisation takes place and core values are initialised
NBB.initialiseParameters(self)
# add ellipsoidal radii - sort so that c > b > a for z, y and x axes accordingly.
# if we have to flip axes, remember and swap the vector components at the end.
if self.noLoadErrors == False:
print "Critical Parameters are undefined for Ellipsoid Pack object"
sys.exit()
